@article{Gizatullin_Salikhov_Lobanov_2023, title={Modeling of discharge processes in a new type of pulse-plasma ignition systems with a controlled spark gap}, volume={17}, url={https://oiccpress.com/journal-of-theoretical-and-applied-physics/article/modeling-of-discharge-processes-in-a-new-type-of-pulse-plasma-ignition-systems-with-a-controlled-spark-gap/}, DOI={10.57647/J.JTAP.2023.1703.26}, abstractNote={The results of computer and physical modeling of discharge processes in a new type of pulse-plasma ignition systems for gas turbine engines with a controlled switching spark gap are presented. A circuit design model of a pulse-plasma ignition system has been developed, which makes it possible to evaluate the patterns of discharge processes in a semiconductor spark plug depending on the parameters of the discharge circuits - the capacitances of high-voltage and low-voltage storage capacitors, the inductance of the main discharge circuit. The results of computer simulation are confirmed experimentally, the increased efficiency of the ignition system with a controlled spark gap compared to the known circuit solutions containing two switching spark gaps is substantiated.}, number={3}, journal={Journal of Theoretical and Applied Physics}, publisher={OICC Press}, author={Gizatullin, Farit and Salikhov, Renat and Lobanov, Andrey}, year={2023}, month={Nov.}, keywords={Discharge processes, Pulse-plasma ignition system, Circuit model, Controlled three-electrode spark gap} }